Human reliability analysis (HRA) is a systematic technique to assess human systematic risk,
and has been widely used in various industries for enhancing the safety and reliability of …

Humans play a crucial role in modern socio-technical systems. Rooted in reliability
engineering, the discipline of Human Reliability Analysis (HRA) has been broadly applied in …

Human reliability analysis (HRA) identifies the causal factors impacting the occurrence of
human failure events and quantifies probabilities based on those causal factors …

Human reliability analysis (HRA) still heavily relies on expert judgments to generate
reliability data. There exists a widely recognized need to validate and justify the reliability …

This paper discusses concepts and tools for joint human and cyber-physical-systems
analysis and control in the view of increasing the whole system resilience. More precisely, it …

For safety-critical industries, human error (HE) presents continual risks to system
productivity, reliability and safety. Artificial intelligence (AI) and machine learning (ML) …

This study focuses on measuring the influence of critical Human and Organizational Factors
(HOFs) on human error occurrence in structural design and construction tasks within the …

In quantitative risk assessments, several explicit assumptions need to be made, to compute
the risk metrics addressed. Such assumptions may, for example, relate to the number of …

For probabilistically assessing the risks of nuclear power plants, human reliability analyses
(HRAs) have been conducted to systematically predict human error probabilities (HEPs) of …

Because the oceanaut plays a significant role in safety and capability during manned deep-
diving scientific tasks, preventing oceanaut performance decline is of paramount …